From feasibility studies to project commissioning, we specialise in the engineering design and build of renewable energy systems that meet your energy targets, satisfy investors, and comply with all regularoty requirements.
Able Energy's innovative energy solutions exemplify our commitment to sustainable engineering. Our cutting-edge technology maximizes energy efficiency while reducing environmental impact, helping clients achieve eco-friendly goals. Discover how our solutions transform renewable energy adoption with advanced tools designed for a sustainable future.
We specialise in solar PV, in which we have designed and built systems as small as solar street lights to commercial rooftops to ground-mounted and floating large scale industrial power plants.
We have designed innovative solutions for waste-to-energy and are in advanced discussions with municipal councils and private industries across Australia and Southeast Asia for implementation of those systems.
Feasibility Studies
An independent techno-economic and bankability assessments to determine whether or not a project should proceed. This service is advisory only.
Engineering Designs
Concept, basic, and detailed engineering designs produced for technical approval, permitting, and tendering.
Project Management
Oversight of schedule, cost, scope, and coordination across multiple contractors and stakeholders.
Owner’s Engineer
Independent technical representation acting solely in the client’s interest. This role provides reviews, audits, and verification of third-party designs and works.
Construction
Physical execution and erection of works appointed by contractors under defined contracts. Construction may be performed by third-party subcontractors.
Our Solutions
Solar PV
WTE
H2
BESS
Solar PV outcomes are governed by site-specific constraints including available unshaded areas, structural capacity, grid interconnection limits, and achievable energy yields.
Waste-to-energy projects are shaped by regulatory approvals, feedstock quality and consistency, waste volumes, and the practical limits of available conversion technologies.
Hydrogen production systems are constrained by electricity cost and availability, water quality and supply, system efficiency, and downstrean utilisation or off-take uncertainty.
Energy storage solutions are defined by load profiles, duty cycles, safety requirements, space constraints, and the commercial value of flexibility rather than installed capacity alone.
Deliverables
Depending on the service procured, you may receive:
Bankable feasibilty reports with sensitivity analysis
Detailed engineering drawings and specifications
Equipment datasheets and vendor recommendations
Regulatory submission packages
Construction supervision and QA/QC reports
Commissioning certificates and O&M manuals
Performance monitoring dashboards
Training documentation and SOPs
Carbon accounting calculations
The Project Process
Site Assessment
Technical and regulatory review of your location and requirements.
Feasibility Study
Energy modelling, financial projects, and risk assessment.
Engineering Design
Detailed system design meeting all technical standards.
Procurement
Vendor evaluation and equipment specifications.
Installation
EPC coordination with rigorous quality control
Commissioning
Testing, documentation, and operational handover.